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Science Mission Directorate Colleen Hartman Deputy Associate Administrator Science Mission Directorate NASA’S Strategic Goals

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Science Mission Directorate Colleen Hartman Deputy Associate Administrator Science Mission Directorate NASA’S Strategic Goals Science Mission Directorate Colleen Hartman Deputy Associate Administrator Science Mission Directorate NASA’s Strategic Goals Vision for Space Exploration To advance U.S. scientific, security, and economic interests through a robust space exploration program NASA’s Mission To pioneer the future in space exploration, scientific discovery, and aeronautics research Strategic Goals for SMD – Study Earth from space to advance scientific understanding and meet societal needs. – Understand the Sun and its effects on Earth and the solar system. – Advance scientific knowledge of the origin and history of the solar system, the potential for life elsewhere, and the hazards and resources present as humans explore space. – Discover the origin, structure, evolution, and destiny of the universe, and search for Earth-like planets. 2 NASA Science Mission Launches (CY06-CY14) NASA Mission Joint NASA - International As of 11/22/06 on US ELV Partner Mission DoD Mission with Foreign Mission with Substantial NASA Substantial NASA Contribution Contribution Reimbursable √= Successfully launched to date for NOAA * = First science flight Kepler IBEX SDO √ New Horizons OCO √ ST-5 THEMIS Glory √ STEREO AIM HST SM-4 MMS √ Cloudsat Phoenix Chandrayaan 1 NPP MSO √ CALIPSO GLAST Herschel MSL ST-10 √ GOES-N Dawn Planck WISE Discovery 13 ST-6 NOAA-N’ OSTM ST-8 Juno MIDEX-7 ESSP-7 √ TWINS-A GOES-O GOES-P ST-7 SOFIA* LDCM RBSP GPM Core New Frontiers 3 √ Hinode TWINS-B CINDI Aquarius ST-9 Mars Scout 2 Discovery 12 JWST SMEX-12 2006 2007 2008 2009 2010 2011 2012 2013 2014 4 Nobel Prize in Physics Cosmic Background Explorer (COBE) “for their discovery of the blackbody form and anisotropy of the cosmic microwave background radiation" John C. Mather NASA Goddard George F. Smoot Univ. Calif. Berkeley 5 Science Directorate Highlights in 2006 This page linked to associated video of highlights Click Here for video or cut and past this link into your browser: http://anon.nasa-global.edgesuite.net/qt.nasa-global/exploration/2nd_exp_conf_01_ScienceMissionDirectorateDeputyAA_DrCHartman.mov 6 Mars Reconnaissance Orbiter Image of Victoria Crater 7 Role of SMD & Planetary Science Division in Lunar Exploration • SMD is responsible for effectively coordinating the science goals and strategy of the Lunar Precursor and Robotic Program (LPRP) Program • Lunar Reconnaissance Orbiter (LRO) data sets will be archived in the Planetary Data System and available to the community starting 6 months after the end of prime mission. • Where opportunities arise, SMD incorporates exploration enabling science on flight missions (e.g., radiation and aeroshell instruments on Mars Science Laboratory) • As funds can be identified, SMD & ESMD plan to initiate a joint Lunar Data Analysis Program • The Discovery and New Frontiers Programs both currently provide opportunities for the science community to propose missions to accomplish lunar science investigations (e.g., Moon Mineralogy Mapper on India’s Chandrayaan-1) • Lunar Sortie Science Opportunities -- ROSES-2006 solicits concept study proposals for potential science investigations that could be deployed by lunar astronauts during sorties to the moon late in the next decade. Proposals were due on October 27, 2006. 8 National Research Council Study on Scientific Context for Exploration of the Moon Interim Report -- Prioritized Lunar Science Goals for Early Phases of the Vision for Space Exploration: 1. Fundamental Solar System Science • Characterize and date the impact flux (early and recent) of the inner solar system. • Determine the internal structure and composition of a differentiated planetary body. • Determine the compositional diversity (lateral and vertical) of the ancient crust formed by a differentiated planetary body. • Characterize the volatile compounds of polar regions on an airless body and determine their importance for the history of volatiles in the solar system. 2. Planetary Processes • Determine the time scales and compositional and physical diversity of volcanic processes. • Characterize the cratering process on a scale relevant to planets. • Constrain processes involved in regolith evolution and decipher ancient environments from regolith samples. • Understand processes involved with the atmosphere (exosphere) of airless bodies in the inner solar system. 3. Other Opportunities (additional information is required for these) • Utilize data from the Moon to characterize Earth’s early history. • Determine the utility of the Moon for astrophysics observations. • Determine the utility of the Moon as a platform for observations of Earth. • Determine the utility of the Moon as a platform for observations of solar-terrestrial processes. 9 NASA Advisory Council Lunar Science Workshop • The Science Committee of the NAC announced a workshop, associated with the Lunar Exploration Architecture to take place Feb 27, 28 and March 1, 2007 in Tempe AZ • Will solicit from the community information relevant to planning the Science Architecture and activities associated with Lunar Exploration within the framework of the Vision for Space Exploration. • The sessions will focus on: 1) Defining the key objectives of science associated with, or enabled by lunar exploration; 2) Discussing implementation to achieve the objectives; 3) Prioritizing objectives within the framework of the emerging lunar architecture. • Will solicit white papers and posters • Open to the public up to the limits of the available space • More information at http://www.infonetic.com/tis/lea/ 10.
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